What sets us apart
Years of Experience
We @ J & F
J & F Biogas
J & F biogas offers turnkey solutions for constructing biogas plants based on various organic feedstocks using both CSTR based dry fermentation and wet fermentation based biogas technologies. Every plant we built is designed and built after understanding the specific needs of our customers and customized to individual conditions based on location and type of feedstock. Our team has more than 40 years of experience in setting up biogas plants using various organic feed stocks in Europe and International markets. Our solutions are based on state-of-the-art German technology.
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J&F Advanced CSTR Semi-Dry Fermentation
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CSTR (Continuous Stirred Tank Reactor) Based Dry Fermentation Process
At J & F Biogas, we specialize in providing a CSTR-based dry fermentation process, developed by one of our founders in 2003. Since 2004, over 100 industrial-scale biogas plants using this technology have been successfully operating across various countries.
Our Products
Dosing System
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Dosing System
In order to operate your plant efficiently and economically, you need safe and efficient biogas technology. Fermenter feeding has an important key function here.
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Paddle Mixer
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Paddle Mixer
The defining characteristic of Paddle mixers is that they mix slowly and evenly. Paddle mixers are especially suited to challenging feedstocks and those with a high concentration of dry matter.
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Long-Axis Agitator
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Long-Axis Agitator
Available in various versions, the Fermento is suitable for use in fermenters, post-digestors, final storage and pre-pits.
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Food Waste Pulping
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Food Waste Pulping
Coming Soon
Feedstocks for biogas
Feedstocks Biogas
Biogas can be generated from various biomass and organic wastes with variable range of moisture contents.
Napier Grass
Napier grass, a tropical plant, can grow up in drought and dry conditions. Its organic compositions are an ideal feedstock for biogas production.
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Press Mud
Filter cake also called as press mud is one of the by-products generated during sugar manufacturing process.
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Paddy Straw
Lignocellulosics such as wheat straw and rice straw are potential feedstocks for biogas generation.
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MSW Waste
J & F biogas has several years of experience of designing and operating MSW based biogas plants.
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Cowdung / Poultry Waste
Cow dung is collected and blended in a storage tank to form a uniform slurry.
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Our Blogs
Mechanical Decomposition of Substrates for Increase of the biogas yield
Besides encymes the mechanical decomposition of substrates is most widespread. We as biogas plant operators use mechanical decomposition of substrates as long as we operate plants
About the Sense of Decomposition Procedures
Many "new" procedures to increase the biogas yield from the substrates are developed and propagated particularly in economically difficult times. The best known techniques at the market are
Sense and Necessity of the Micronutrient Addition
Micronutrients or trace elements (these are mostly heavy metals) are needed in all biogas plants. The micronutrients are the central atoms in the enzymes which must be produced by the methane bacteria in order to produce biogas. Without micronutrients there is also no biogas.
Acidification of the Digester
At the operation of biogas plants acidification of the digester is one of the most expensive problems. When the digester biology is acidotic, it can possibly last months,
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